Submission details
DrSwizz`s SuperPi - 1M score - Apprentice League
25days 20h 31min 23sec 647ms with Intel NG80386SX-16 at 16MHz
Ranking position
n/a
Global rank:
1st
NG80386SX-16 rank:
1st out of 1
Points earned for overclocker league
-
Global Points
Not DrSwizz's best submission
-
Hardware Points
1st using NG80386SX-16
6.0 Points
Points earned for team league
-
Global Team Power Points (GTPP) Not SweClockers.com's best submission
0.0 Points
-
Hardware Team Power Points (HTPP) 1st in team using NG80386SX-16
5.2 Points
Hardware details
CPU details
- Model: Intel NG80386SX-16 '80386 (INTEL)'
- Cooling: Air (Stock)
- Cores: 16 MHz (stock)
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Memory details
- Cooling: Air (Stock)
- Type: 8192MB FPRAM
- Speed: @ 16,000MHz
VGA details
- Speed: MHz / MHz (Stock)
Mainboard details
- Cooling: Air (Stock)
Recent Comments
DrSwizz commented on his own score:
Slowest CPU on HWBot? :-) Benchmarking was done with old SuperPi. Note: The negative times is most likely due to SuperPi treating treating the elapsed time as a signed integer when doing the intermediate output to the screen.
Christian Ney says:
hum, seems I have to check if my 386 rig are still working
to try to be slowest than you
Turrican says:
nice score.
TaPaKaH says:
a copywaza might have saved you, say ... a day
DrSwizz says:
Thanks guys!
@Christian:
Intel did make 12MHz 386 CPUs. :-)
Christian Ney says:
I have this one :
SHARP PC-4641
http://www.system-cfg.com/detailcollection.php?ident=150
the 40MB limited edition
But I haven't got the power cable
And I have a i386 rig somewhere
DrSwizz says:
Nice.
That is a 16bit system. SuperPi and the other benchmarks are 32bit applications so it won't work.
You could try to figure out what voltage(s) and current(s) it needs and make your own PSU for it. :-)
SoF says:
Now show us some 32m lovin' :D
Christian Ney says:
DrSwizz says:
Hehe, that would take years!
ObscureParadox@3XS says:
Imagine running 32M with this CPU and having it crash on loop 24
FlanK3r says:
lol, thats awesome, maybe the slowest 1M here?
Oj0 says:
My favourite part is the hackjob resistors over the IC
Kurtisdede says:
hahaha this is awesome
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